Self-supporting system and a method for the mass communication and distribution of content and digital advertising in public spaces

ABSTRACT

The invention relates to a self-supporting system for the mass communication and distribution of content and digital advertising in public spaces, which comprises: a mechanical structure that sets the system on a building and supports the other components of the system; a control system comprising a module for controlling peripherals and a connectivity module; a peripherals module comprising sensors and actuators; one or more human-machine interfaces; and a power source. The invention also relates to a data processing method for the mass communication and distribution of content and digital advertising, which allows an administrator user to administer, manage and supervise the system remotely, and to a data processing method for allowing a user receiving the advertising message to be able to interact with the self-supporting system for the mass communication and distribution of content and digital advertising in public spaces according to the invention. The present invention allows pre-existing underused or unused urban infrastructure to be utilized for the mass communication and distribution of content and digital advertising in public spaces with high capacity for attracting the attention of, and interacting with, the public, without need to install structures or new surfaces that intrude on the urban environment, with a low cost and reduced environmental impact, owing to a low level or absence of harm to the urban environment and the reduced energy use of the system.

TECHNOLOGICAL SECTOR

The present invention is within the field of engineering and advertising, related to street furniture for smart cities, specifically with rendering devices that use static media to present variable information. The invention consists of a self-supporting system and a method for mass communication and distribution of content and digital advertising in public spaces.

BACKGROUND OF THE INVENTION

There are various systems in the market to project advertising images on a display surface, such as advertising posters. One example is U.S. Pat. No. 5,570,138, which discloses a projected advertising system having a retractable projection screen that is implemented on a standard fixed poster. The still image of the billboard is displayed during the day. During the night, the projection screen is automatically unrolled in front of the fixed image of the billboard and the projector placed in front of the screen projects advertising images on it. The system can be controlled by photoelectric light sensors or controlled remotely through radio wave signals. However, this system requires the use of public space, since the projection is done in the place used by conventional posters, which are rolled up to allow the projection of advertising content.

Advertisement through the projection of advertising images has several advantages. On one side, the image can be easily changed by simply changing the projected image instead of having to physically replace the conventional static ad adhered to the advertising surface (like a billboard, poster, etc.). In addition, moving video images with no constraints in color combination can be displayed, as well as text, still images or combinations of both; while a still image screen can display one of several images (e.g., by rotating panels or rolling a screen).

Other options to avoid the physical replacement of static ads in advertising systems correspond to advertising through video on screens, such as LED screens, LCD screens or plasma television screens. However, this type of technology is very expensive per unit area, so the investment is very high when trying to cover the same space of a conventional billboard or advertising poster. Likewise, the digital projection of advertising images has multiple advantages. An image projected by a relatively small device can be amplified by means of the layout of various lenses; it can be done at a reduced cost compared to the use of LED, LCD or television screens, and on surfaces such as walls of buildings without involving the installation of billboards or the assembly of a screen. However, there are challenges related to the protection of the projection unit, as well as its location.

For this reason, the use of buildings adjacent to the building where the image will be projected has been proposed in order to protect the projector from environmental conditions and allow the repair and administration of the projector if required. Therefore, this type of advertising system requires a person to remain in the place of projection to ensure that the projection is made, as well as to repair any defect thereof.

Additionally, the existing advertising systems are limited to the fixation or projection of the advertising message, without allowing for interaction of the advertising message recipient with the advertising content.

Therefore, there is a need for a self-supporting system and a method for mass communication and distribution of content and digital advertising that allows the so efficient digital projection of contents and advertising on the walls of existing buildings, without the need to use adjacent facilities, without requiring a person who is constantly at the projection place and also allows for interaction of the advertising message recipient with the advertising content, as well as overcoming the deficiencies and disadvantages of the systems and methods outlined above, particularly in the face of economic costs and efficiency in energy consumption.

BRIEF DESCRIPTION OF THE INVENTION

The present invention is related to a self-supporting system and a method for mass communication and distribution of contents and digital advertising in public spaces that provides automated and self-regulated digital protection advertising that supports, adapts or modifies the projection according to environmental conditions, allows the administration, operation and remote monitoring in real time of advertising projected on pre-existing and underutilized or unused structures, with no need to use adjacent or additional buildings, and allows for interaction of the user receiving the advertising message with the advertising content, increasing the impact of the advertising message on the consumer, with a low urban and environmental impact, mainly by minimizing visual pollution and optimizing energy consumption.

The self-supporting system for mass communication and distribution of content and digital advertising according to the invention is composed of:

-   -   a mechanical structure (1) that has a robotic arm (2) that         locates the self-supporting system to the building and supports         the other system components; a protective case (3) attached to         the distal part of the robotic arm (2); and a cooling system         (20) that is housed between the protective case (3) and the         robotic arm (2);     -   an image projection system (18);     -   a mechanical structure (1) that has a robotic arm (2) that         locates the self-supporting system to the building and supports         the other system components; a protective case (3) attached to         the distal part of the robotic arm (2); and a cooling system         (20) that is housed between the protective case (3) and the         robotic arm (2);     -   an image projection system (18);     -   video cameras (19);     -   a control system (10) composed of a peripheral control module         (14) and a connectivity module (12); where the control system         (10) is responsible for the analysis of the signals coming from         the peripheral control module (14); of receiving the         instructions of the human-machine interface (22) (24); of the         execution of the data processing method; of the handling of the         communications module (11); and the preparation of statistics         related to the information handled by the system, among others;     -   a sensors module (13);     -   a communications module (11) that allows the connection of the         system according to the invention with the mobile telephony         network and with the internet network, which allows the         administrator (22) the interaction, control and remote         administration in real time of the self-supporting so system for         mass communication and distribution of content and digital         advertising in public spaces according to the invention.         Additionally, it periodically reports the administrator user         (22) on the normal operating status of the self-supporting         system according to the invention or, failing that, it provides         real time alerts on abnormalities and the type of failure that         is occurring;     -   one or more human-machine interfaces of the administrator (22);     -   one or more human-machine interfaces of the user receiving the         advertising message (24); and     -   a source of energy, which supplies alternating electrical power         to all the components of the self-supporting system for mass         communication and distribution of content and digital         advertising according to the invention, with autonomy of at         least seventy-two hours.

Where the building that supports the self-supporting system for mass communication and distribution of content and digital advertising in public spaces includes the projection surface.

In addition, the invention relates to a method of data processing for mass communication and distribution of content and digital advertising that allows for the administration, management and supervision of the system, remotely and in real time by an administrator user; and a method of data processing for the interaction of the user receiving the advertising message with the self-supporting system for mass communication and distribution of content and digital advertising in public spaces according to the invention.

DESCRIPTION OF THE FIGURES

FIG. 1 shows a schematic diagram relating the connection between the different components of the invention.

FIG. 2 represents the mechanical structure (1) of the system for mass communication and distribution of content and digital advertising according to the invention.

FIG. 3 shows the movement in the x, z plane of the robotic arm (2).

FIG. 4 shows the movement in the x, y plane of the robotic arm (2).

FIGS. 5 shows the block diagram of the data processing method for the administration of the system for mass communication and distribution of content and digital advertising according to the invention.

FIG. 6 shows the electrical diagram of the system for mass communication and distribution of content and digital advertising.

DETAILED DESCRIPTION OF THE INVENTION

The present invention is related to a self-supporting system for mass communication and distribution of content and digital advertising in public spaces, as illustrated in FIG. 1 and FIG. 2, which is composed by:

-   -   a mechanical structure (1) containing a robotic arm (2) with one         or more joints that locates the self-supporting system upon the         building and supports all other components of the system; a         protective case (3) attached to the distal part of the robotic         arm (2); and a cooling system that is housed between the         protective case (3) and the robotic arm (2);     -   a control system (10) comprising a peripheral control module         (14) and a connectivity module (12); where the control system         (10) is responsible for the analysis of the signals coming from         the peripheral control module (14); of receiving the         instructions of the human-machine interfaces (22) (24); of the         execution of the data processing method; of the handling of the         communications module (11); and the preparation of statistics         related to the information managed by the system;     -   a sensors module (13);     -   a communications module (11) that allows the connection of the         system according to the invention with the mobile telephone         network and with the internet network; also, it allows the         administrator (22) the interaction, control and remote         administration in real time of the self-supporting system for         mass communication and distribution of content and digital         advertising in public spaces according to the invention;         additionally, it periodically reports the administrator user         about the normal operating status of the self-supporting system         according to the invention or, failing that, it provides real         time alerts about abnormalities and the type of fault that is         occurring;     -   one or more human-machine interfaces of the administrator user         (22);     -   one or more human-machine interfaces of the user receiving the         advertising message (24); and     -   an energy source, which supplies electrical power to all the         components of the self-supporting system for mass communication         and distribution of content and digital advertising according to         the invention, with autonomy of at least seventy-two hours.

Where the building that supports the self-supporting system for mass communication and distribution of content and digital advertising in public spaces includes the projection surface.

The materials of the mechanical structure (1) are those that allow the support of all the components of the self-supporting system for mass communication and distribution of content and digital advertising according to the invention; likewise, it is resistant to extreme environmental conditions and weatherproof. Likewise, the mechanical structure (1) adapts to any surface of the pre-existing building upon which it will be located.

In one modality of the invention, the mechanical structure (1) is located in the pre-existing structure or building by means of anchors (4), rear anchoring supports (5) and fastening elements (7). The anchors (4) allow the clamping between the projection surface, and the robotic arm (2). The rear anchoring supports (5) are selected from metal plates with or without lining and allow the anchorage to be fastened to the pre-existing building. Fastening elements (7) are preferably selected from gripping screws and allow the fastening between the anchor (4) and the rear anchor support (5).

In one modality of the invention, the mechanical structure (1) is located upon a wall of a pre-existing building.

In one modality of the invention, the mechanical structure (1) is in a cantilever of a pre-existing building.

In one modality of the invention, the mechanical structure (1) is placed on the roof, cover or roof tile of a pre-existing building.

As shown in FIGS. 3 and 4, the robotic arm (2) comprises one or more joints (8) (9) that allow the movement of the robotic arm (2). The rotation joints y, z (8), allow rotation in the radial direction y, z, while the rotation joints x, y (9) allow rotation in the radial direction x, y, respectively.

The protective case (3) is characterized by being waterproof, resistant to extreme environmental factors and weatherproof.

The cooling system (20) comprises ventilation devices, an airflow duct (6) and an air inlet and/or outlet (6 a) located at any point of the robotic arm (2). Ventilation devices are arranged inside the protective case (3), regulates the temperature and dissipates the excess heat from the image projector (18).

In one modality of the invention, the cooling system (20) is composed of thermoelectric cooling plates, heat sinks, air filters and dehumidifiers, in order to protect the projection unit from airborne particles, as well as humidity and temperature.

The image projection system is arranged inside the protective case (3) and reproduces the content indicated by the control system (10) at the preset frequency. The image projection system comprises an image projector (18) selected from, but not limited to, video projectors, Video Beam, slide projectors, photo projectors, laser devices, among others. The person normally skilled in the art will understand that the image projector (18) corresponds to any device that emits light and allows the visualization and projection of images.

In one modality of the invention, the image projection system has a sound module, selected from, but not limited to, an FM wave amplifier, which allows to play a sound by the human-machine interface of the user receiving the advertising message (24).

In one modality of the invention, the image projection system comprises an application for a smart phone that allows linking to the system and access to sound playing through the human-machine interface of the user receiving the advertising message (24).

The video cameras (19) capture the images of the environment, they can be located at any point of the mechanical structure (1) of the invention. Preferably, one of the cameras is in any position of the protective case (3) in order to capture the images being projected on the projection surface (25). The images captured by the video camera (19) are sent to the peripheral control module (14), which in turn are processed by the connectivity module (12) and can be observed by the user administrator through the human-machine interface of the administrator (22), in order to evidence the correct functioning of the device, the behavior or reaction of the users receiving the advertising message and the verification of the environment of the self-supporting system according to the invention, among others.

In one modality of the invention, the video cameras (19) are mobile, in order to allow to see both the projection of the system according to the invention and the environment.

The peripheral control module (14) comprises one or more micro controllers that control the projection process, execute the data processing method related to the activation or deactivation of the engines (17), of the cooling system (20), and the projector (18). In addition, the control module for peripherals (14) is composed of a variable speed drive (15), which receives the signal from the micro controller of the peripheral control module (14) and adjusts the speed given by the engine (17), for the opening or closing of the self-supporting system according to the invention.

The connectivity module is composed of one or more micro controllers (12), which process the information submitted by the user administrator through the human-machine interface of the administrator (22), process and store the information generated in the sensors module (13), executes the data processing method according to the information received from the sensor module (13) and/or the administrator, sends the data on the sensors module (13) to the communications module (11) in order for this to send the respective reports to the administrator; and starts and/or turns off the micro controller of the peripheral control module (14).

The sensor module (13) comprises selected sensors from brightness sensors, electrical jitter sensors, turn sensors; relative humidity sensors, temperature sensors, precipitation sensors, wind sensors, atmospheric conditions sensors such as air quality sensors, including carbon dioxide sensors, among others and combinations thereof. The sensors module (13) takes data from the environment that influence the proper functioning of the self-supporting system according to the invention, as well as those that are interesting to the administrator or to the user receiving the advertising message. Where the sensors module (13) sends signals to the control module (11), specifically to the microcomputer (11 a), where the decision is made, and control orders are sent to the peripherals module (14), who runs the order on any peripheral. Also, they allow the system to self-regulate and operate in an automated way by simplifying the administrator's work.

The communications module (11) is composed by a microcomputer (11 a) and a communications submodule (11 b). Where the microcomputer (11 a) allows real-time communication between the self-supporting system according to the invention and the administrator, the communication between the self-supporting system according to the invention and the virtual platform through a server, the control of the system via the Internet, processing information generated by the sensors module (13), and the reading of limit switches (21), among other functions. And, where the communications submodule (11 b) has been selected from a GSM-GPRS Wi-Fi module, among others, and combinations thereof and allows real-time communication of the self-supporting system according to the invention with the administrator user, as well as sending control commands and the receipt of data related to the status of the self-supporting system according to the invention through text messages (SMS) or through messages through a specific application connected to the Internet.

The human-machine interface of the administrator user (22) contain an information display means, which allows to report on the operation of the self-supporting system for mass communication and distribution of digital content and advertising according to the invention. In addition, the human-machine interface of the administrator (22) is composed by a means of income information, which allows the incorporation of instructions as the reproduction list of advertising content and the emission frequency thereof, the real-time modification of the playlist, switching on and off in real time, the requests to generate statistics regarding the information captured by the sensors and actuators. Additionally, the means of information display of this human-machine interface (22) allows the content visualization reproduced by the images projector (18), corresponding to the images captured by the video cameras (19); receives notifications from the control system (10) related to environmental conditions, with the operating status of the device (on/off), with the conditions of the projector (temperature, playback time) and the visualization of the statistics provided by the system and the reception of system failure alerts in real time, and remote and automated monitoring, among others.

In one modality of the invention, the human-machine administrator interface (22) is selected from servers, mobile devices, smartphones, tablets, computers or any equipment that allows the communication through the internet network, or through GSM, GPRS, Wi-Fi, among others, and combinations thereof.

In one modality of the invention, the human-machine interface of the administrator (22) includes a virtual platform that allows the administration, management and supervision through the network GSM, GPRS, Wi-Fi, among others and combinations thereof, self-supporting system for mass communication and distribution of content and digital advertising in public spaces according to the invention.

In one modality of the invention, the system is composed of a second type of human-machine interface of the administrator user containing an array of light indicators, where each of the sensors, each of the actuators and each of the components of the mechanical structure (1) has an associated indicator light, in order for the emitted signal to allow to identify the element of the self-supporting system for mass communication and distribution of content and digital advertising according to the invention that does not work properly. Where the second type of human-machine interface of the administrator user is selected from liquid screens, LCD screens, LED screens, among others. In one modality of the invention, the second type of human-machine interface of the administrator user has text and images.

The human-machine interface for the receiving user of the advertising message (24) has a means of entering information, which allows the interaction of the receiving user of the advertising message in real time with the self-supporting system for mass communication and distribution of content and digital advertising according to the invention, e.g. by requesting the transmission of a message. It also includes a means of displaying information, which allows reproducing information, such as advertising games, addressed by the self-supporting system for mass communication and distribution of content and digital advertising according to the invention.

In one modality of the invention, the human-machine interface of the receiving user of the advertising message (24) has a device for capturing the image which allows the user to interact with the self-supporting system for mass communication and distribution of content and digital advertising according to the invention, e.g. by reading codes, selected from, but not limited to, QR codes, bar codes, color combination codes, by executing advertising games, which allows the receiving user of the advertising message to interact with the system either through the execution of advertising games or by receiving information on demand. Additionally, the means of information display of this human-machine interface of the advertising message receptor (24) allows to display the content stored on said code and redirect the receiving user to the desired site by the advertiser.

The selected energy source is electrical energy, sources of alternative energy and combinations thereof. Where the source of energy contains one or more internal batteries that allow the storage and the system operation with an autonomy of at least seventy-two hours.

In one modality of the invention, the energy source is selected from one or more solar panels (27).

In another modality of the invention, the energy source is composed of both electric energy and solar energy.

As illustrated in FIG. 6, the control system according to the invention can be energized with different energy sources. For example, one of them corresponds to solar energy. In this, the solar panel supplies power to a battery, which in turn energizes the control unit (10) that controls the power interfaces (15) (16), where the latter provide power to the cooling system (23), to the video camera (19), to the image projector (18) and to the engine (17). The engine is protected by safety limit switches (30), to prevent damage to any of the system components.

When the system is powered by alternating electric power, coming from the electrical network (32), it supplies energy through a series of stages. The first stage of protection including a fuse (31), then a stage of regulation including a transformer with a transformation ratio that allows to reduce the voltage of 120 v AC to 12 v AC, going through a rectification stage through a diodes rectifier bridge needed to energize the control unit with 12 v DC.

The system according to the invention has a low environmental impact from the energy point of view, since it efficiently uses the energy. Thus, the self-supporting system for mass communication and distribution of content and digital advertising in public spaces according to the invention operates with less than 20% of the energy required for the operation of a conventional LED screen on a surface of the same area.

In one modality of the invention, the self-supporting system for mass communication and distribution of content and digital advertising in public spaces includes a GPS module that allows for the geolocation of the device as well as the recipient users of the message that interact with the system, which is advantageous in marketing strategies and campaigns and advertisement at the time of compiling statistics.

In addition, the invention relates to a method of data processing for mass communication and distribution of content and digital advertising in public spaces that are composed by the following three stages simultaneously, as illustrated in FIGS. 5, 5A y 5B:

-   -   the micro-controller is turned on (12);     -   the micro-controller energizes the micro-processor, the         communications module (11) and the sensor module (13);     -   the sensors module (13) is composed by the next processing         steps:         -   any novelty with two options is verified:             -   if a novelty is notified and the correction method is                 processed;             -   if no novelty is notified⁴, then the time module is                 entered by comparing the projection time stored in the                 system and comparing it with the current time. Starting                 the boot process, which has the following steps:                 -   Turning on the cooling (20) system; ignition of the                     camera (19) integrated to the system;                 -   Ignition of the actuator that controls the mechanism                     to allow the opening of the robotic arm (2);                 -   If the power-on confirmation of the limit switch                     (21) is negative, then said confirmation requests                     again information to the actuator that governs the                     mechanism to allow the opening of the robotic arm                     (2); but if the power-on confirmation of the limit                     switch (21) is affirmative, then the actuator                     shutdown signal is sent, stopping the actuator when                     it reaches the limit switch;                 -   Ignition of the projector (18);                 -   Ignition of the microcomputer;                 -   This microcomputer software is configured to store a                     time data that allows for a comparison of the                     projection time, that is, if said projection time                     data is lower than the set one, then the operation                     of the projector is still assumed, but if said                     projection time data is higher or equal to the set                     one, then starts the shutdown process of this                     projector (18);                 -   Automatically, a new time counting starts, allowing                     to decide if the time stored data is less than the                     set one, then said projector (18) is on suspended                     state, but if the stored time is greater than the                     set one, then it is proceeded to de-energize the                     system, where said system protects the projection                     lamp;

Simultaneously to the process, another of the three stages begins, in the Global System module for Mobile Communications (GSM) that is formed by

-   -   Ignition of the SIM 900 card and the microcomputer (11 a);     -   Sending of information to the user, power on notification via         SMS service or Internet;     -   Start SMS standby mode;     -   Accession to decision checking if said user does not receive an         MSM, then it means that it continues on SMS standby mode, or if         it is positively notified that the MSM is received;     -   Start of the decision to receive Codes⁵ 01. If received, the         system receives an SMS with code 01 allowing the start of the         data processing method and energizing the microcontroller 2; in         which case, it is verified if there is any novelty. If any, a         corrective procedure is performed; otherwise a message is sent         to the user reporting normal operation. Now, if code 01 is not         received, it can receive code 02. If code 02 is received, then         the projector is turned on; otherwise, it is confirmed if code         03 is received. If code 03 is received, then the camera is         switched on; otherwise, it is confirmed if code 04 is received.         If code 04 is received, then it turns on the fan; otherwise,         code 05 is allowed. If code 05 is received, then the projector         is de-energized; otherwise, it can confirm receipt of code 06.         If code 06 is received, then it is allowed to de-energize the         fan; otherwise, it is confirmed if code 07 is received. If code         07 is received, then core 2 is de-energized; otherwise, it is         confirmed if code 08 is received. If code 08 is received, then         the camera is de-energized. Each of these final de-energization         decisions returns to the initial block arranged to receive the         first MSM message before attempting to receive code 01;

Simultaneously with the processes above, the third and last stage in the state sensors module is started, which comprises:

-   -   Reading of the sensors that act as peripheral:     -   The presence of a new novelty is verified. If said verification         is affirmative, an SMS or message is sent via Internet to the         user and the information of the novelty is sent to core 2, where         the verification of the novelty is carried out again. If such         verification yields an affirmative result, a corrective         procedure is carried out; otherwise, a notification is sent to         the user indicating the non-presence of novelty. If there is no         novelty in the decision block, time counting starts and a poll         is carried out at scheduled time points and a SMS is sent or a         message via Internet notifying on non-novelties.

The figures presented in this description are merely for illustrative purposes of the invention. It is to be understood that the figures described do not limit the scope of the disclosed invention. A person skilled in art is capable of conceiving subsequent modifications to the principles determined in this document.

Although some modalities of the invention are described herein, it will be appreciated that numerous modifications and other modalities can be conceived by experts in the field after disclosing the present invention. For example, the features described herein can be applied in other modalities. Therefore, it is understood that the claims annexed are intended to cover all modifications and modalities within the spirit and scope of this description.

GLOSSARY

¹Administrator means the person in charge of programming, operation and remote monitoring in real time of the self-supporting system for mass communication and distribution of content and digital advertising in public spaces according to the invention.

²User receiving the advertising message means the person to whom the advertising message emitted by the self-supporting system for mass communication and distribution of content and digital advertising in public spaces is targeted.

³Advertising set means an interactive and real-time set for advertising purposes, where the attention of people is attracted and awards are given occasionally, where the award may be a discount or a bonus, for example.

⁴Novelty means any change in the parameters outside of those considered normal in the system, e.g. related to environmental conditions such as rain that prevents the operation of the system; failure in the energy supply; temperature increase above the risk limit; identified damage of the image projector (18), for example, when the light sensor does not identify lumens on the projection surface, among others.

⁵Code means an arbitrary command that determines the execution of a function; it works independently of the initial configuration, e.g., the camera can be turned on or off separately. It also allows for collection of information at any time, even if the system is not functioning as usual, that is, broadcasting advertising messages.

⁶Projection surface means the wall of the building where the self-supporting system is located for mass communication and distribution of content and digital advertising in public spaces according to the invention. 

1. A self-supporting system for mass communication and distribution of content and digital advertising in public spaces comprising: a mechanical structure containing a robotic arm that has one or more joints likewise the robotic arm in turn has a protective case that is attached to a distal part of the robotic arm; the robotic arm further comprises a cooling system housed between the protective case and the robotic arm; the mechanical structure has anchors, with rear anchor supports and several fastening elements; the anchors are attached to a projection surface and the robotic arm; an image projection system comprising an image projector that can present several configurations without being limited to video projectors, Video Beam, film projectors, photo projectors, laser devices, among others; several video cameras attached and arranged to the mechanical structure and the protective case; a control system comprising peripheral control module and a connectivity module; the peripheral control module comprises one or more micro controllers and a variable speed drive; and the connectivity module comprises one or more micro a sensors module comprises selected sensors from brightness sensors, electrical jitter sensors, turn sensors; relative humidity sensors, temperature sensors, precipitation sensors, wind sensors, atmospheric conditions sensors such as air quality sensors, carbon dioxide sensors, among others and combinations thereof; a communications module comprising a microcomputer and a communications submodule; one or more human-machine interfaces of an administrator user comprising a means of displaying information and a means of entering information such as servers, mobile devices, smartphones, tablets, computers or any other equipment, also virtual platforms that are connected to an Internet network GSM, GPRS, Wi-Fi, among others; one or more human-machine interfaces of a user receiving an advertising message comprising an image capture device, such as by reading codes, selected from, but not limited to QR codes, bar codes, color combination codes; and a an electrical source of energy selected from an electrical network, one or more internal batteries, and solar panels; an electric motor; and a cooling system.
 2. The self-supporting system for mass communication and distribution of content and digital advertising in public spaces of claim 1, wherein the mechanical structure together with the robotic arm is installed in the preexisting structure or building by the anchors, rear anchoring supports and fastening elements, the anchors hold the projection surface and the robotic arm, also the rear anchor supports are metal plates with or without lining that hold the anchor to the building and the fastening elements such as grip screws hold the anchor (4) and the rear anchor support.
 3. The self-supporting system for mass communication and distribution of digital content and advertising in public spaces of claim 1, wherein the robotic arm comprises one or more joints.
 4. The self-supporting system for mass communication and distribution of content and digital advertising in public spaces of claim 1, wherein the cooling system comprises thermoelectric cooling plaques, heat sinks, air filters and dehumidifiers.
 5. The self-supporting system for mass communication and distribution of content and digital advertising in public spaces of claim 1, wherein the image projection system comprises a sound module that can be a FM wave amplifier which allows the sound playing through the human-machine interface of the user receiving the advertising message.
 6. The self-supporting system for mass communication and distribution of content and digital advertising in public spaces of claim 1, wherein the image projection system comprises a method (application) for smart phone that allows linking to the system and access to sound playing through the human-machine interface of the user receiving the advertising message.
 7. The self-supporting system for mass communication and distribution of content and digital advertising in public spaces of claim 1 wherein the communications submodule is selected from a GSM-GPRS module, WiFi, among others, and combinations thereof.
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 16. (canceled)
 17. (canceled)
 18. A method for mass communication and distribution of content and digital advertising in public spaces, comprising the following steps: micro-controller is turned on; micro-controller energizes microprocessor, communications module and the sensors module; sensors module is composed by the next processing steps: any novelty with two options is verified: if a novelty is notified and the correction method is processed; if no novelty is notified, then the time module is entered by comparing the projection time stored in the system and comparing it with the current time; Starting the boot process, which has the following steps: turning on the cooling system; ignition of the camera integrated to the system; ignition of the actuator that controls the mechanism to allow the opening of the robotic arm; if the power-on confirmation of the limit switch is negative, then said confirmation requests again information to the actuator that governs the mechanism to allow the opening of the robotic arm; but if the power-on confirmation of the limit switch is affirmative, then the actuator shutdown signal is sent, stopping the actuator when it reaches the limit switch; ignition of the projector; ignition of the microcomputer; this microcomputer software is configured to store a time data that allows for a comparison of the projection time, that is, if said projection time data is lower than the set one, then the operation of the projector is still assumed, but if said projection time data is higher or equal to the set one, then starts the shutdown process of this projector; automatically, a new time counting starts, allowing to decide if the time stored data is less than the set one, then said projector is on suspended state, but if the stored time is greater than the set one, then it is proceeded to de-energize the system, where said system protects the projection lamp; simultaneously to the process, another of the three stages begins, in the Global System module for Mobile Communications (GSM), which comprises: ignition of the SIM 900 card and the microcomputer; sending of information to the user, power on notification via SMS service or Internet; start SMS standby mode; accession to decision checking if said user does not receive an MSM, then it means that it continues on SMS standby mode, or if it is positively notified that the MSM is received; start of the decision to receive Code
 01. If received, the system receives an SMS with code 01 allowing the start of the data processing method and energizing the microcontroller; in which case, it is verified if there is any novelty. If any, a corrective procedure is performed; otherwise a message is sent to the user reporting normal operation. Now, if code 01 is not received, it can receive code 02; if code 02 is received, then the projector is turned on; otherwise, it is confirmed if code 03 is received. If code 03 is received, then the camera is switched on; otherwise, it is confirmed if code 04 is received. If code 04 is received, then it turns on the fan; otherwise, code 05 is allowed. If code 05 is received, then the projector is de-energized; otherwise, it can confirm receipt of code
 06. If code 06 is received, then it is allowed to de-energize the ventilation devices; otherwise, it is confirmed if code 07 is received. If code 07 is received, then core 2 is de-energized; otherwise, it is confirmed if code 08 is received. If code 08 is received, then the camera is de-energized. Each of these final de-energization decisions returns to the initial block arranged to receive the first MSM message; before attempting to receive code; simultaneously with the processes above, the third and last stage in the state sensors module is started, which comprises: reading of the sensors that act as peripherals; the presence of a new novelty is verified. If said verification is affirmative, an SMS or message is sent via internet to the user and the information of the novelty is sent to core, where the verification of the novelty is carried out again, if such verification yields an affirmative result, a corrective procedure is carried out; otherwise, a notification is sent to the user indicating the non-presence of novelty; in the event that there is no novelty in the decision block, time counting starts and a poll is carried out at scheduled time points and a SMS is sent or a message via Internet notifying on non-novelties. 